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A GSM remote control is a wireless remote control switch that connects to the GSM cell phone network.
It is activated by calling its cell phone number, it will reject the call without answering and switch on the device connected to it, because it rejects the call there are no call costs incurred when dialling the unit
It can be used for example to open automatic gates, control central heating, '''engine pre-heaters, aviation engine heaters, '''irrigation systems, water well pumps, pumping stations, control machinery using your cell phone from anywhere in the world
A GSM remote control along with more details can be found at http://www.gsm-auto.com
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Can you please tell the circuit for GSM based security system?
Can u plz send me the C-program code for GSM Based Home Security. I'm using PIR sensor, smoke detector and temperature sensor.
Where can one find a GSM alarm?
GSM alarm systems can be purchased from a variety of companies. Some places that sell GSM alarms include Safe Mart, Amazon, DH Gate, and Walker Home Security.
Hey can any one tell the advantages of GSM based home automation as well as disadvantages and applications also please its really urgent for your project?
I recommend you do your own research, you lazy nincompoop.
GSM Based Security System Project as my Final Year Project?
car security system
How secure is the GSM cell phone network?
The telephone company GSM provide a range of phone network services. The use of a SIM card in GSM allows users to maintain a high-level of security, particularly of personal data.
How can you design and construct a wireless temperature monitoring system using gsm?
I would do somthing like the Toledo microprocessor board and have it send ascII to a Gsm chip to send text.
What is the difference between a gps gsm and a navigation system?
A gps gsm is used for exact location of your vehicle whereas the navigation system aids the person using it to find the location they are looking for .
What are the disadvantages in gsm based home automation?
There are many benefits to GSM phone service and perhaps the best is that you can use cell phone with other provider. It is nice when using a cell phone that you can call whoever you want wherever you want and never think twice about changing mobile phone network or what frequency the phone is using. Everything just happens naturally, and that is certainly a benefit. And if you travel internationally you can still use your phone. This is where GSM comes into play and why it is so important to have a GSM cell phone.You would get your GSM phone that is a Quad Band phone. In summary, a Quad Band mobile phone is used to designate a phone that can operate in the following GSM frequency bands:850 MHz (U.S./Canada/Latin America/Brazil (Only the carrier Vivo in the south and south-east of Brazil))900 MHz (Africa/Europe/Brazil/Australia/Asia (ex Japan and S. Korea))1800 MHz (Africa/Europe/Brazil/Australia/Asia)1900 MHz (U.S./Canada/Latin America/Brazil (Only the carrier Vivo in the north, north-east and centre-west of Brazil))These are also called World phones. These phones come unlocked and can be used with any carrier that uses a GSM network by changing the SIM card to the phone. To view some types of these phones go to: http:/nextlevelcellular.ecrater.com
What are the basic components of a GSM-Based Wireless Controller in Chennai?
A GSM-based wireless controller is a device that uses GSM (Global System for Mobile communications) technology to enable remote control and communication over cellular networks. It allows users to remotely manage and monitor various devices or systems using their mobile phones. The primary components of a GSM-based wireless controller include: Microcontroller: This is the brain of the controller, responsible for processing data and executing commands. It interfaces with other components and communicates with the GSM module. GSM Module: It is the communication module that enables the device to connect to the cellular network. The module allows the controller to send and receive SMS (Short Message Service) messages or utilize GPRS (General Packet Radio Service) for data transfer. SIM Card: A Subscriber Identity Module (SIM) card is inserted into the GSM module to identify the device and connect it to the appropriate cellular network. Power Supply: A power source, typically a battery or an external power adapter, is required to provide energy to the wireless controller. Input/Output Interfaces: These interfaces allow the controller to interact with external devices or systems. Common examples include digital input ports for sensors and switches and digital output ports to control actuators or devices. Antenna: A GSM antenna is used to facilitate communication with the cellular network. How it works: Configuration: The user sets up the desired control and monitoring parameters by sending specific commands to the GSM-based wireless controller via SMS. Communication: When the controller receives a command from the user's mobile phone via SMS, it processes the command using the microcontroller and responds accordingly. Similarly, the controller can also send status updates or data to the user's phone. Remote Control: The wireless controller can be used to remotely control various devices or systems. For example, you can send an SMS command to turn on or off an appliance, activate a security system, or control irrigation systems. Monitoring and Alerts: The controller can also be configured to monitor external sensors (e.g., temperature, humidity, motion, etc.). If certain conditions are met, the controller can send an alert to the user's phone via SMS. GSM-based wireless controllers have various applications, including home automation, industrial automation, agricultural monitoring, security systems, and more. They provide the convenience of remote control and monitoring without the need for a direct internet connection, making them useful in areas with limited internet access or where a cellular network is more reliable. #Doubletankcontrollerinchennai #Doublemotorcontrollerinchennai #Doublemotordoubletankcontrollerinchennai #Triplemotorcontrollerinchennai #Gsmbasedwirelesscontrollerinchennai
What are the primary components of a GSM-Based Wireless Controller in Chennai?
A GSM-based wireless controller is a device that uses GSM (Global System for Mobile communications) technology to enable remote control and communication over cellular networks. It allows users to remotely manage and monitor various devices or systems using their mobile phones. The primary components of a GSM-based wireless controller include: Microcontroller: This is the brain of the controller, responsible for processing data and executing commands. It interfaces with other components and communicates with the GSM module. GSM Module: It is the communication module that enables the device to connect to the cellular network. The module allows the controller to send and receive SMS (Short Message Service) messages or utilize GPRS (General Packet Radio Service) for data transfer. SIM Card: A Subscriber Identity Module (SIM) card is inserted into the GSM module to identify the device and connect it to the appropriate cellular network. Power Supply: A power source, typically a battery or an external power adapter, is required to provide energy to the wireless controller. Input/Output Interfaces: These interfaces allow the controller to interact with external devices or systems. Common examples include digital input ports for sensors and switches and digital output ports to control actuators or devices. Antenna: A GSM antenna is used to facilitate communication with the cellular network. How it works: Configuration: The user sets up the desired control and monitoring parameters by sending specific commands to the GSM-based wireless controller via SMS. Communication: When the controller receives a command from the user's mobile phone via SMS, it processes the command using the microcontroller and responds accordingly. Similarly, the controller can also send status updates or data to the user's phone. Remote Control: The wireless controller can be used to remotely control various devices or systems. For example, you can send an SMS command to turn on or off an appliance, activate a security system, or control irrigation systems. Monitoring and Alerts: The controller can also be configured to monitor external sensors (e.g., temperature, humidity, motion, etc.). If certain conditions are met, the controller can send an alert to the user's phone via SMS. GSM-based wireless controllers have various applications, including home automation, industrial automation, agricultural monitoring, security systems, and more. They provide the convenience of remote control and monitoring without the need for a direct internet connection, making them useful in areas with limited internet access or where a cellular network is more reliable. #Doubletankcontrollerinchennai #Doublemotorcontrollerinchennai #Doublemotordoubletankcontrollerinchennai #Triplemotorcontrollerinchennai #Gsmbasedwirelesscontrollerinchennai
What year is a 2.3 3G?
3G is Radio technologies for Wireless mobile networks. Its an evolution above GSM technology which is widly used all round the world. In short We can Say that 3G is combination of various Mobile technologies like GSM and CDMA. The main advantages are 1. Convergence of GSM and CDMA as a single entity 2. Better Bandwidth and Security Aspects.
Does the cect p168 work with unicel?
P168 is a tri band phone which supports 900/1800/1900 HZ, and i don't know what unicel carrier you are using, in states or England ? so please check the GSM usage by your carrier, you can use the p168 except the GSM using is 850HZ
